MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ NFTCollections( network = network, content = NFTCollections.Content.Collections( collections = it ?.map { collection -> nftSdkCollectionConverter.convert(network to collection) } ?.filter { it.id !is NFTCollection.Identifier.Unknown }, source = StatusSource.CACHE, ), ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ if (it !is UnsupportedOperationException) { saveFailedStateInRuntime( userWalletId = userWalletId, network = network, error = it, ) } } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ if (it.id == collectionId) { it.changeAssetsStatusSource(source) } else { it } } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ if (it.identifier == sdkCollectionId) { it.copy(assets = assets) } else { it } } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ networkFactory.create( blockchain = it, extraDerivationPath = null, userWallet = userWallet, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ nftRuntimeStores[storeId] = it val storedCollections = getStoredCollections(userWalletId, network) val storedPrices = getStoredPrices(userWalletId, network) it.initialize( collections = storedCollections, prices = storedPrices, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ saveCollectionsInRuntime( userWalletId = userWalletId, network = network, collections = it, ) saveCollectionsInPersistence( userWalletId = userWalletId, network = network, collections = it, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ saveFailedStateInRuntime( userWalletId = userWalletId, network = network, error = it, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ storedCollections.copy( content = it, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ val (assetId, _) = it assetIdConverter.convert(assetId) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ val (assetId, price) = it val nftCurrency = getNFTCurrency(network) NFTSalePrice.Value( assetId = assetId, value = price.value, fiatValue = null, symbol = nftCurrency.symbol, decimals = nftCurrency.decimals, ) } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ val assetId = assetIdConverter.convert(it.identifier) val price = getNFTRuntimeStore(userWalletId, network).getSalePriceSync(assetId) if (price is NFTSalePrice.Empty || price is NFTSalePrice.Error) { refreshSalePrice(userWalletId, network, sdkCollectionId, it.identifier) } } MultilineLambdaItParameter:DefaultNFTRepository.kt$DefaultNFTRepository${ val sdkAssetId = assetIdConverter.convertBack(assetId) saveSalePriceInPersistence(userWalletId, network, sdkAssetId, it) } NamedArguments:DefaultNFTRepository.kt$DefaultNFTRepository$refreshSalePrice(userWalletId, network, sdkCollectionId, it.identifier) NamedArguments:DefaultNFTRepository.kt$DefaultNFTRepository$saveSalePriceInPersistence(userWalletId, network, sdkAssetId, it) NoNameShadowing:DefaultNFTRepository.kt$DefaultNFTRepository${ it.id !is NFTCollection.Identifier.Unknown } SuspendFunSwallowedCancellation:DefaultNFTRepository.kt$DefaultNFTRepository$runCatching SuspendFunWithFlowReturnType:DefaultNFTRepository.kt$DefaultNFTRepository$suspend UnnecessaryLet:DefaultNFTRepository.kt$DefaultNFTRepository$let { prices -> prices .mapKeys { val (assetId, _) = it assetIdConverter.convert(assetId) } .mapValues { val (assetId, price) = it val nftCurrency = getNFTCurrency(network) NFTSalePrice.Value( assetId = assetId, value = price.value, fiatValue = null, symbol = nftCurrency.symbol, decimals = nftCurrency.decimals, ) } }